MediLOT is a health data protocol that aims to solve the concerns of Electronic Health Records (EHR). Current EHR systems are fragmented, centralised and lack patient ownership. Through a dual blockchain solution, MediLOT incorporates Artificial Intelligence capabilities onboard its control and data layers which allows the equitable sharing of health data. The MediLOT ecosystem will consist of patients, healthcare providers, researchers and commercial companies.

ORION is a new kind of blockchain investment platform that combines the best features of exchanges, brokerages, and instant trading apps. The platform is built around a liquidity aggregator connected to all of the major crypto exchanges, as well as its own internal decentralized exchange, enabling users to gain the best price for their trades from a single portal. Along with powerful tools for portfolio management, ORION offers exceptional security, convenience, and flexibility. The platform is suitable for experienced traders, institutional investors, and newcomers alike.

CashFlix is a Crypto Payment Aggregator to enable all token usage beyond any borders and limitations. The Cashflix Payment Engine will simplify the usage of your crypto wallet in the real world. At the moment one has to cash out their cryptocurrencies to their local bank accounts when one plans to use the money for a transaction. This process takes time and also fees are involved with doing so. Cashflix Swap and Switch Engine (S&S) enables straight transactions from your crypto wallet straight to the payment gateway system with highly reduced transactional fees. CashFlix Wallet - Store your all crypto assets in a single location. CashFlix Payment Processor - Flawless payments at registered merchants all around the globe. Passive Income Generation - Earn additional income in BUSD by holding $flix by our built-in dividend sharing reward system.

ECTA (Efficient Collaboration Team Autonomous) is the first blockchain-based trust protocol for global employability of developers. The concept, empowered by the proven AI tools, aims to solve the inefficiencies related to the time loss, verification of online profiles, talents discovery (especially in the low-middle income countries) and safe way to conduct business (payment solution with the power of smart contracts). While working on ECTA platform, besides collecting their earnings in ECTA tokens (ERC20) developers are having a unique possibility to earn (mine) ECTA non-fungible tokens (ERC721) as a reward for every task completed - which serve as proof of their skills and increase their reputation. AI component of the platform helps companies worldwide discover and employ these developers in a safe and productive way for both sides.

In blockchain world, there is a huge knowledge gulf between non-computer professionals from different industries and smart contract development. The DINO Platform aims to address this problem with its proprietary technology, a cloud-based Graphical User Interface (GUI) smart contract Integrated Development Environment (IDE). Leveraging the technology of the DINO Platform, users can build their smart contracts with visualised logic flows. More than just a smart contract IDE, the DINO Platform is intended to build a smart contract ecosystem together with developers all over the world. In the smart contract market, developers may build and design smart contract templates and sell them to the general public.

Connecty is looking to streamline the relationship between businesses and research house by serving as the missing link between holders of knowledge and those responsible for transforming knowledge into innovation. This knowledge ecosystem is setting out to accommodate all scenarios on the spectrum: from a short request for an expert’s opinion to a comprehensive research study that may stretch over a considerable period of time. It is intended this will be open to all areas of knowledge and all fields of study ranging from physics, engineering and IT systems to ecology, environment and society plus everything in between.